Massload specializes in designing and manufacturing custom load cell transducers in Canada and the United States. If you have an application and cannot find a suitable load cell, our engineering team will work with you to get you the information you need and develop a load cell that will meet your requirements.
What sets custom load cell transducers apart is their tailored design and engineering to suit specific requirements of diverse industries.
Crafted with meticulous attention to detail, our team collaborates closely with clients to develop bespoke load cell solutions that precisely match unique application requirements.
From specific capacity engineering to diverse output options, our custom load cells offer versatility, durability, and accuracy.
Engineered to exceed expectations, these transducers stand as a testament to our commitment to delivering tailored solutions for every weighing application.
Load cell sensors convert a mechanical force into an electrical signal. When a force is applied to the load cell, it causes a deformation in the strain gauge material, which changes its electrical resistance. This change in resistance is measured and converted into a readable output, providing precise measurement of the applied force.
At Massload Technologies, we design custom load cells that can measure bending, tension, compression, or multi-axis forces. Our engineering team works with you to identify the specific requirements of your application to ensure the load cell is tailored to measure the necessary parameters accurately.
Choosing the correct load cell involves understanding your application’s specific needs, including the type of force, the range of load, environmental conditions, and required accuracy. Our team will guide you through selecting the appropriate load cell and compatible electronic instrumentation, considering factors like load capacity, size, material, and output requirements to ensure optimal performance and reliability.
Compression load cells are designed to measure force in one direction, pushing together, while tension load cells measure force in the opposite direction, pulling apart. Multi-axis load cells can measure forces and moments in multiple directions (usually two orthogonal directions) simultaneously, providing a comprehensive view of the forces at play. Each type is engineered for specific applications and load conditions
The maximum load that our load cells can measure varies widely, depending on the custom design and specifications of each unit. We design load cells to meet the specific maximum load requirements of your application, ensuring accuracy and adequate factors of safety without compromising performance.
A strain gauge is a component that measures the deformation (strain) of an object when a force is applied. A load cell, on the other hand, is a device that includes strain gauges among other components and is designed to measure force or load. The strain gauges within the load cell provide the electrical change needed to calculate the force applied to the load cell.
The operating temperature range of our load cells can vary depending on the specific model and application. Generally, our load cells are designed to operate effectively within the typical industrial temperature ranges. We can also design load cells for extreme temperature conditions based on your specific needs.
Load cell sensitivity refers to the output signal change per unit of change in the measured force. It is typically expressed in millivolts per volt (mV/V) of excitation at full scale. High sensitivity means the load cell can detect smaller changes in force. Our engineering team ensures that each load cell is designed with the appropriate sensitivity level to provide accurate and reliable measurements for your application.
Our design process begins with a detailed discussion about your application’s specific requirements. We consider factors like load type, capacity, factors of safety, accuracy and environmental protection.
Following this, we provide engineered drawings for approval and proceed with the manufacturing of a load cell that meets your exact specifications, ensuring it fits seamlessly into your application.